Regulator for regulating carbon-nitrogen ratio in crops and preparation method thereof

Abstract

The invention discloses a regulator for regulating a carbon-nitrogen ratio in crops. The regulator comprises the following components in parts by weight: 1 part of white sugar, 1 part of urea, and 95-110 parts of water. The invention also discloses a preparation method of the regulator for regulating the carbon-nitrogen ratio, which comprises the following steps: preparing white sugar, urea and water according to the parts by weight, and then uniformly stirring the components. The invention also discloses plant regulating powder used as the regulator for regulating the carbon-nitrogen ratio incrops, which comprises the following components in parts by weight: 1 part of white sugar, and 1 part of urea. The regulator for regulating the carbon-nitrogen ratio, provided by the invention, can balance the carbon-nitrogen ratio in a plant, promote operation and balanced utilization of various nutrients in the plant, obviously thicken cuticles of stems and leaves, obviously improve the qualityof fruits, restore original high-quality characters of the plant, enhance a protection function of the plant, and enhance photosynthesis of crops, so that the regulator is an energy activator for enhancing the production potential of crops, can improve disease resistance of plants and improve a quality grade of a product, and can increase the yield by 30-100%.

Description

technical field [0001] The invention relates to the technical field of crop planting, in particular to a carbon-nitrogen ratio regulator in crops and a preparation method thereof. Background technique [0002] In the current agricultural production process, due to the introduction of western chemical fertilizers in the middle and late 1960s, the more chemical fertilizers are applied in the three major element fertilizers (urea, potassium fertilizer, and phosphorus fertilizer), the faster the carbon nutrient in the soil will be lost. , the faster the soil compacts, the less the soil organic matter content will drop, resulting in serious diseases during the growth of crops, barren land, and the decline in the original quality of crops. For example, if the amount of urea is too much, the leaves of the plants and crops will be light yellow, the stress resistance will be reduced, and the resistance to diseases and insect pests will be reduced, which will affect the growth of plan...

AI Technical Summary

Problems solved by technology

[0002] In the current agricultural production process, due to the introduction of western chemical fertilizers in the middle and late 1960s, the more chemical fertilizers are applied in the three major element fertilizers (urea, potassium fertilizer, and phosphorus fertilizer), the faster the carbon nutrient in the soil will be lost. , the faster the soil compacts, the less the soil organic matter content will drop, resulting in serious diseases during the growth of crops, barren land, and the decline in the original quality of crops

For example, if the application of urea is too much, the leaves of the plants and crops will be light yellow, the stress resistance will be reduced, and the resistance to diseases and insect pests will be reduced, which will affect the growth of plants and cause severe crop yield reduction.

[0003] In addition, due to the extensive use of pesticides and herbicides, especially in mountainous areas, the long-term use of "glyphosate" has inhibited the growth of crops during the growth process, severely reduced biological production, and killed crops.

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